• To be able to identify the accountabilities of program signatories
• To know the causes and effects of unplanned inflow
• To be able to recognize potential causes of losses
• To be able to define gas migration
• To describe how the lubricates and bleed methods can be applied
• To detect a possible blockage anywhere in the well 

• Managers
• Supervisors
• Engineers
• Driller

Day 1:

• Well control event
• Pre-operation planning
• Hydrostatic pressure
• Formation pressure
• Fracture pressure
• Primary and secondary well control
• Pressure control equipment
• Introduction to barriers
• Risk management 
  
  

Day 2:

• Causes to unplanned well inflow
• Loss of hydrostatic pressure
• Swap and surge effects
• Unplanned warning flow warning signs and indicators
• Calculation systems
• Well integrity testing
• Influx characteristics and behaviors
• Shut-in procedure and interpretation 
  
  

Day 3:

• Influx migration
• Kill methods principles
• Normal and reverse circulation
• Bullheading
• Lubricate and bleed methods
• Contingency planning
• Maximum pressures
• Bottom hole pressure effect
• Blockage in the well 
  
  

Day 4:

• Blowout preventer
• BOP stack configuration
• Ram type preventers
• Blind/shear ram
• Annular preventers
• Barrier management
• Inflow testing
• Completion equipment
• Rig/up rig/down
• Annulus pressure monitoring
  
  

Day 5:

• Coiled tubing equipment
• Hydraulic work over (snubbing) operations
• Seals and sealing elements
• Valves
• Wireline operations
• Surface equipment
• Slick line/ braided line sheer seal BOP
• Wireline BOP pressure retention
• Managing a leak or malfunction in the surface
• Critical operation procedure 
  
  

Day 6:

Exam

The certification is arranged with one of our IWCF certified solution partner.